Professional code, name and research direction

Supervisor

Recruited

Student number

The recruited student number of targeted employments

Test subject

Notes

180Institute for Advanced Materials and Technology
  (010-62334993)

56

6

Recruitmentaccording to first-level subject

080500 Materials Science and Technology

56

6

One student recruited at Shunde Graduate School;
  Additional subjects of equivalent academic ability:①Math ②Choose one of five: “Polymer Physics and Chemistry”, “Material   Synthesis and Preparation”,"Material Structure", "Modern   Research Methods of Materials", and "New Technology of Material   Processing"

01 Material genetic engineering theory and technology

JianxinXie

①1001 Foreign language proficiency assessment②2001 Professional level   assessment③3001 Comprehensive quality assessment

JianxinXieis an academician of the Chinese Academy of   Engineering

02 Basic theory of controlled solidification and forming   of metal

03 New technology and new process of metal short-flow   processing

04 Intelligent material preparation and processing   technology

05 Metal extrusion theory and technology

06 Advanced metal layered composite

07 New forming technology of high-temperature alloy

08 Special steel preparation and processing technology

09 Material failure mechanism and development of   high-quality corrosion-resistant steel based on corrosion big data

Xiaogang Li,
  Cuiwei Du,
  Wei Liu,
  Chaofang Dong,
  Junsheng Wu,
  Yunhua Huang,
  Kui Xiao,
  Dawei Zhang

As above

10 Thin liquid electrochemical theory and basic   research on atmospheric corrosion protection

11 Research on phase electrochemical theory and material   soil corrosion mechanism

12 Material marine corrosion and life assessment

13 Basic research on material corrosion genome engineering

14 Laws and mechanisms of environmental aging of   polymer materials

15 Corrosion and protection of typical industrial   environment

16 Advanced organic coating and surface technology

17 Microbiological corrosion and protection

18 Interaction mechanism of multi-element gas-solid   particle corrosion

19 Oil and gas field erosion, corrosion, control and   life assessment

20 Corrosion resistant metal materials and coating corrosion   resistance mechanism

21 New energy materials and micro/nano electrochemistry

24 Stress corrosion

LijieQiao,
  Jinxu Li

As above

25 Hydrogen embrittlement and hydrogen induced cracking

26 Material failure analysis and control technology

27 Cross-scale study of corrosion and fracture

28 Atomic force microscope study of corrosion

29 Multi-field coupling failure of ferroelectric   ceramics

30 Research on nanomechanics of low-dimensional materials

31 Metal solidification and control

Chunjing Wu

As above

32 Copper-clad aluminum and carbon fiber core-filling   continuous casting

33 Preparation of diamond copper thermal management   material

34 Powder metallurgy of nonferrous metals

Zhimeng Guo

As above

35 Self-propagating high temperature synthesis

36 Dispersion strengthened materials

37 Coatings with high wear- and corrosion-resistance

38 Advanced powder metallurgy forming technology (metal   injection molding, high velocity, 3D printing)

Xuanhui Qu,
  Xin Lu,
  Shubin Ren

As above

Prof. Qu also recruits1 PhD student for joint training   with Beijing Nonferrous Metals Research Institute

39 High-performance powder metallurgy structural   materials (Fe-based and Al-based alloys, high temperature alloys, refractory   metal and hard alloys)

40 High thermal conductivity electronic packaging   materials, new energy materials

41 Powder material design and high-throughput   preparation technology

42 Design of new biomedical metal materials

43 Development and application of lightweight high temperature   structural materials

44 Corrosion,control and safety assessment of pipes and   other materials

Huimin Meng

As above

45 Nano materials/green surface nano processing   technology

46 Electrode materials/electrochemical engineering/new   energy

47 Magnetic functional materials

Shengen Zhang

As above

Prof. Zhang also recruits 1 PhD student for joint   training with Central Iron and Steel Research Institute

48 Material recycling theory and technology

49 Harmless disposal and resource utilization of   hazardous solid waste

50 Recycling technology of scrapped cars

51 Advanced ceramic and metal matrix composites

Xinbo He

As above

52 High performance electronic packaging materials

53 Powder metallurgy new materials and technologies

54 High performance marine engineering materials

55 Application research of diamond film composite electronic   devices

Chengming Li

As above

56 Research on preparation technology of high-performance   thin film materials

57 Research on preparation technology of single crystal   diamond

58 Environment fracture (hydrogen embrittlement and   stress corrosion) theory

Yanjing Su

As above

59 Design technology of hydrogen embrittlement   resistant high strength steel

60 Materials genome engineering technology

61 Material database and data mining technology

62 Material database techniques

63 Machine learning algorithm and its application in   materials research

64 Powder injection molding technology

Mingli Qin

As above

65 Research and application of aluminum nitride   ceramics

66 High-performance powder metallurgy precision alloy

67 Precision forming and application of refractory   metals

68 Surface engineering of light alloy material

Jin Zhang

As above

69 Metal strengthening, wear resistance and composite   treatment

70 Characterization mechanism of residual stress and   special properties of coating

71 Key materials and devices for new solid-state   batteries

Lizhen Fan

As above

One student recruited at Shunde Graduate School

72 Advanced energy materials and devices

73Nano materials and devices

74 Ceramic and its surface metallization

Junjie Hao

As above

75 Application of plasma technology in powder   preparation and modification

76 Preparation and characterization of high-performance   powder metallurgy materials

77 Superhard materials and tools

78 Nano-material synthesis technology

Ping Li

As above

79 New batteries and materials

80 Hydrogen production, hydrogen storage materials and   applications

81 Multi-field coupling mechanism of ferroelectric   materials and high-performance refrigeration devices

Yang Bai

As above

82 Electromagnetic and multiphysics metamaterials

83 Cross-scale design and high-throughput R&D of   inorganic functional materials

84 New optoelectronic functional materials and devices

Jianjun Tian,
  Linxing Zhang

As above

85 Solar energy conversion materials

86 Semiconductor quantum dots

87 New energy materials and devices

88 New ferroelectric thin film and photoelectric thin   film

89 Service performance of biological materials

Yu Yan

As above

90 Friction and wear

91 Delayed fracture mechanism of high strength steel

92 Research on preparation and service behavior of high-performancehigh   entropy alloy

Hong Luo

As above

93 Research on the origin of corrosion at the   micro-nano scale

94 Material service damage and control based on   industrial data and machine learning

Lei Zhang

As above

95 Mechanism and protection technology of energy industry   corrosion and environmental fracture

96 Molecular design and preparation of smart liquid   crystal elastomers with multiple responses

Huai Yang

As above

97 Fabrication and optical properties of fully flexible   composition material of liquid crystal and polymer

98 Preparation and properties of liquid crystal   materials for 5G